M4C-055-1N00-A102 Vane Motor | 100% Denison Compatible | YHDE
Brand: YIHE
Product origin: China
Delivery time: 5-30days
Supply capacity: 7pcs/5day
High-performance M4C-055-1N00-A102 hydraulic vane motor. 100% interchangeable with Denison Parker. Factory-direct from YHDE with 9+ years of manufacturing expertise. Features high speed, 230 bar max pressure, and 100% performance testing. Request a quote!
Bypass 16-Week OEM Lead Times for a Denison M4C Motor. Restore Torque Power in 48 Hours!
When a high-speed industrial vane motor suffers severe internal bypass leakage or casing stress failure, waiting 12 to 20 weeks for genuine Parker Denison brand networks completely freezes your plant's operational income.
Our premium Denison-type M4C-055-1N00-A102 High-Pressure Vane Motor serves as a seamless, 100% mechanical drop-in solution. Engineered by a specialized B2B direct factory with 9+ years of precision micro-tolerance tooling heritage, this high-performance motor achieves original volumetric boundaries and smooth bi-directional responses—slashing your procurement and MRO maintenance budget by up to 70%.
100% Form & Fit Alignment: Standard SAE mounting flanges, straight keyed driving shafts, and fluid interface threads match original specifications identically.
24-48 Hour Shipping: Built from factory component reserves, full-load tested, and packed for expedited express dispatch to reduce your downtime instantly.
Technical Specifications & Operating Limits
Cross-verify your systemic operating limits against our master engineering data matrix to guarantee a precise fitment:
| Parameter Attribute | Engineering Specification Value | Industrial Application System Fit |
|---|---|---|
| Geometric Displacement | 55.0 cm³/rev (Size Code 055) | Optimized for stable, high-speed fluid torque transmission loops. |
| Maximum Rated Pressure | Up to 230 bar (23 MPa / 3335 PSI) | Heavy-duty casing limits designed to survive pressure cycle spikes. |
| Continuous Speed Limits | Up to 4000 r/min (RPM Limits) | Maintains excellent mechanical responses under extreme dynamic speeds. |
| Theoretical Output Torque | 0.88 Nm/bar (88.0 Nm at 100 bar line) | Delivers continuous power transmission for industrial winches & shredders. |
Model Coding Nomenclature Decoded: M4C-055-1N00-A102
| Code Segment | Technical Specifications Meaning | Manifold Installation Alignment Reference |
|---|---|---|
| M4C | High-Speed, High-Pressure Vane Motor Series | Establishes standard compact internal cartridge footprint. |
| 055 | Geometric Flow Index Displacement: 55 ml/r | Governs the continuous volume output per rotational stroke. |
| 1 | Shaft Type: Straight Keyed Shaft (Standard Option) | Directly pairs to original coupling keys, eliminating backlash traits. |
| A102 | Bi-directional Rotation Design Sequence | Allows alternating fluid paths for clean CW and CCW operations. |
Precision Tooling: Engineered for Consistent Dynamic Torque Output
High-speed hydraulic motors endure sudden rotational changes and violent back-pressures. Low-tier replacement components warp at micro-levels when operating temperatures rise, leading to catastrophic pressure bypass leakage and torque loss. We eliminate these failure points directly at our source facility:
Advanced Micro-Tolerance CNC Machining: The internal rotor body tracking slots and cam geometries are ground to single-micron tolerance bands using vertical CNC machining setups, maintaining an optimal fluid barrier under 230 bar continuous load operations.
Hydrostatically Balanced Cartridges: Our M4C series features a specialized internal pressure-balanced design. By distributing dynamic internal radial forces evenly, side loading on internal shaft bearings is eliminated, locking noise levels below 68 dB.
100% Full-Load Bench Test Certificate: Every individual motor undergoes dynamic multi-stage performance validation up to its peak pressure thresholds on our testing bench. We inspect torque conversion efficiency and track bypass parameters to secure out-of-the-box reliability.
Pro Maintenance Insight: Thwarting the Hostile "Sandpaper Effect"
When should you execute an urgent hydraulic motor replacement? If your central system displays sudden rotational speed drops, localized fluid overheating spikes, or an unnatural metallic whine from the motor housing, internal tracking degradation has initiated.
If your technical crew simply hooks up a fresh replacement motor housing without thoroughly scrubbing the fluid loops, these residual particles act as an aggressive abrasive compound—triggering a devastating "sandpaper effect". They will instantly score the freshly ground internal tracking cam profiles and ruin your new motor within its initial operating hours.
Mandatory Engineering Precaution: Meticulously drain and flush the reservoir oil tank, scrub clean all intake suction strainers, and install a brand-new 10-micron absolute premium particulate return fluid filter concurrently with the new motor unit deployment.
Frequently Asked Questions: M4C Series Replacement Motors
1. Is this M4C-055-1N00-A102 vane motor 100% drop-in interchangeable with the original Denison brand? +
2. What operational advantages does the bi-directional rotation configuration provide? +
3. Can this motor handle continuous high speed loops above 3500 RPM safely? +
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